93results about How to "Allocation is fast" patented technology

A wireless communication network may include a plurality of mobile nodes each including a wireless transceiver and a controller for controlling the wireless transceiver. The controller may also be for scheduling a respective semi-permanent time slot to establish a communication link with neighboring mobile nodes for transmitting data therebetween, where the data has different priority levels. The controller may also determine respective link utilization metrics for each data priority level for each communication link, and schedule demand assigned time slots for establishing additional communication links with the neighboring mobile nodes for transmitting data therebetween based upon the link utilization metrics and data priority levels. The wireless communication network may also provide enhanced interference avoidance and / or mitigation features in certain embodiments.

An improved method of processing random access procedures, wherein the network receives at least one access burst to allow a network to estimate uplink received timing, the access burst containing at least a preamble, and transmits information for responding to the at least one access burst, while the mobile terminal configures at least one access burst containing at least a preamble and transmits the at least one access burst to allow a network to at least estimate uplink received timing.

A frequency spectrum distribution method based on a system revenue in cognitive radio, which relates to the frequency spectrum distribution technology in the cognitive radio technology, is disclosed. By using the method of the invention, system communication costs can be reduced; a problem of a low total system revenue caused by frequency spectrum revenue differences which are ignored by a current algorithm can be solved. The frequency spectrum distribution method is characterized by: dividing a topological graph into a plurality of connected components and calculating all maximal independent sets in the each connected components; carrying out frequency spectrum distribution to nodes one by one in the each maximal independent set of the each connected component; after the frequency spectrum distribution of the all maximal independent sets in one connected component is completed, detecting whether there is the node that is not distributed with the frequency spectrum and the available frequency spectrum in the connected component, carrying out the frequency spectrum distribution to the node that is not distributed with the frequency spectrum and distributing the available frequency spectrum to the nodes continuously till available frequency spectrum lists of all the nodes are empty which means that the frequency spectrum distribution of the connected component is completed. By using the method of the invention, a distribution speed is fast and costs are low. And the high total system frequency spectrum revenue can be obtained.

An address allocation method of a CAN communication network is used for the CAN communication network including main nodes and slave nodes and comprises the steps that S1, device parameters corresponding to the slave nodes and Hash values corresponding to the device parameters are stored on the slave nodes; S2, the main nodes send first device parameter query commands to all the slave nodes through broadcasting; S3, the slave nodes send the corresponding Hash values to the main nodes according to the first device parameter query commands; S4, the main nodes allocate CAN addresses to the received Hash values and send the CAN addresses to the corresponding slave nodes. The CAN addresses can be conveniently and quickly allocated for multiple slave nodes by adopting the address allocation method.

Provided is a method for allocating an Internet protocol (IP) address to a mobile station in a mobile communication system. The method includes the steps of: a) receiving an “Activate Packet Data Protocol (PDP) request” message including router solicitation from the mobile station; b) acquiring a global IP address of the mobile station by performing the router solicitation and a router advertisement procedure instead of the mobile station; and c) loading the acquired global IP address in an “Activate PDP context Accept” message and transferring the “Activate PDP context Accept” message to the mobile station.

An embodiment of the present invention provides a method for transmitting configuration information by a local administrator and the local administrator transmitting the configuration information, the method comprising the steps of: receiving an internet protocol pool (IP pool) allocated by an IP address management server of an external IP network; receiving an IP address allocation request from a new base station in the distribution network; and, in response to the received IP address allocation request, allocating the base station a certain IP address on the basis of the allocated IP pool. In addition, the embodiment of the present invention provides a base station for receiving configuration information from the local administrator and a self-configuration method for the base station.

Apparatus, and an associated method, for reporting QoS information associated with a reverse link communication service effectuated in a radio communication system, such as a CDMA2000 cellular communication system. The mobile station includes a service quality level selector that selects a selected service quality level, such as a communication rate, at which the communication service is to be effectuated. The mobile station further selectably includes a message generator that generates a service quality indication message. A detector detects the scheduling architecture of a network part of the communication system with which the mobile station communicates. And, information contained in the message generated by the message generator is dependent, in part, upon the scheduling architecture.

The invention relates to a labeling device (1) for applying labels (2) onto a material web (10) which is moved in a transport direction (T1) at a web speed (V1), comprising a label dispenser (4) and a transferring device (7) which transfers the labels (2) from the label dispenser (4) towards the material web (10) by means of holding means (8) and applies the labels onto the material web (10) at a transfer location (11). The holding means (8) of the transferring device (7) can be moved in the transport direction (T1) and opposite the transport direction in a circulating path at a variable circulating speed (Vx), said holding means (8) moving in the transport direction (T1) at the web speed (V1) when the holding means are located at the transfer location (11).

A mechanism and framework is disclosed for translating high level goal statements to policy rules. In a first step, high level goal statements are translated to network services. In a second step, the network services are translated to network parameters. In a third step, the network parameters are translated to policy rules. The first step may be facilitated with Web Ontology Language (“OWL”) and semantic templates. Advantages of automated mission goal statement to policy statement translation for surveillance missions include more reliable and faster planning and allocation of resources in support of the missions. Further, dynamic allocation of network resources facilitates adapting to changing conditions and more graceful degradation in adverse circumstances. The need for subject matter experts is also expected to be mitigated.

The invention describes a method for allocating identifiers of wheel electronics of a tire pressure monitoring system to positions of wheels of a vehicle, the simultaneously occurring rotation speeds of the wheels, normalized on a consistently chosen rolling radius of the wheels differ during cornering because of the different positions of the wheels on the vehicle, so that the positions of the wheels can be sorted according to increasing speed of the wheels during cornering, the wheel electronics of each wheel comprising a pressure sensor, a motion sensor, a memory and a transmitter, which transmits signals to a receiver being connected to an evaluation device, which receives the transmitted identifiers and compares the distances which the corresponding wheels have traveled in a defined time span, sorts the identifiers according to the length of the distance traveled in the defined time span and allocates the identifiers to the wheel positions.

The invention discloses a method for controlling the active power of a hydroelectric unit in a double-suggested operating area, and belongs to the technical field of hydroelectric power generation control. Divide automatic power generation control function modules into power station-level AGC function modules, unit-level PLC function modules, and unit-level governor function modules and assign tasks; determine parameters, assignment relationships, and dependencies; pre-establish models for all units that are put into AGC control , to calculate the optimal operating range of the unit put into AGC control; and calculate the active power distribution value of the single-unit AGC, and carry out the active power control of the hydroelectric unit in the double-suggested operation area according to the obtained single-unit AGC active power distribution value. It is suitable for the hydropower station whose interval division is from low to high in the order of vibration area→recommended operation area 1→restricted operation area→recommended operation area 2 unit type, and can quickly calculate the stand-alone AGC of each unit according to the total active power setting value of the hydropower station Active power distribution value and stand-alone active power setting value can meet the operation requirements of the unit avoiding the vibration area and the restricted operation area at the same time.